The electric vehicle revolution is accelerating, but not for the reasons many believe. It isn’t a surge in environmental consciousness driving the change, but a desperate reaction to soaring fuel costs – gasoline, diesel, kerosene, all hitting unprecedented highs. The shift is undeniably happening, with EV sales figures proving the transition is real.
However, a hidden snag lurks within this progress, a problem largely ignored by policymakers and unknown to most drivers until they’re faced with a surprisingly high charging bill. The promised savings may not be as substantial as anticipated, and it all comes down to taxes.
Currently, purchasing an EV comes with attractive incentives – exemption from excise tax and, for a time, number-coding restrictions. But this benefit ends at the dealership. Once the EV is on the road, a different policy takes effect, quietly reversing the initial savings when it comes time to power the vehicle.
As of March 31st, the Department of Energy’s charging rates reveal a complex fee structure: P24.03 per kilowatt hour (kWh) for AC charging, P30.15 per kWh for DC charging, and P53.46 per kWh for battery swapping. Averaged, this equates to P35.88 per kWh, with taxes constituting approximately 11.4% of the total cost. This blended rate encompasses electricity, service, maintenance, administrative fees, and, crucially, taxes.
Considering an EV consumes roughly 18 kWh per 100 kilometers, and Meralco’s residential rate is P14.3496 per kWh, home charging costs around P2.58 per kilometer. But even at home, a tax is applied to the electricity used. Charging at public stations, with the blended rate of P35.88 per kWh, dramatically increases the cost to approximately P6.46 per kilometer.
In comparison, a gasoline car consuming 10 liters per 100 kilometers at P100 per liter costs about P10 per kilometer. While EVs are demonstrably cheaper to run, even with public charging costs, the difference isn’t as significant as many expect. Home charging offers the greatest savings, costing only a quarter of a gasoline car per kilometer.
The core issue isn’t that EVs are no longer economical; they are. The problem is that a substantial portion of that efficiency advantage is being eroded by a charging tax structure never intended for electric mobility. The more an EV owner relies on public charging, the smaller that advantage becomes.
Drivers save on energy, only to relinquish a portion of those savings through a tax at the charging plug – a tax that lacks clear justification and hasn’t been aligned with the nation’s EV transition goals. This tax applies regardless of where the electricity is consumed: at home, work, or a public charging station.
Consider the energy conversion rates: gasoline yields roughly 8.9 kWh of energy per liter, but internal combustion engines only convert about 30% of that into motion. EVs, however, achieve around 85% efficiency. To travel the same distance as one liter of gasoline, an EV requires approximately 3.35 kWh of electricity.
At the blended public-charging average, with an effective tax component of about P4.09 per kWh, the government collects roughly P13 to P14 in taxes for every liter-equivalent of electric driving. Gasoline, in contrast, carries an excise tax of P10 per liter, plus 12% VAT. While the total tax burden on EV “fuel” remains lower than gasoline when VAT is included, the initial expectation of escaping fuel taxes is proving false.
The law exempts EVs from purchase taxes, but the running costs are still subject to taxation. This tax burden wasn’t deliberately designed, publicly debated, or calibrated to support the government’s EV strategy. It simply emerged from an existing electricity pricing system designed for a different purpose – and now deserves a thorough review.
With taxes on diesel and gasoline already a point of contention, why should electricity be treated differently? Why impose a tax on the very behavior we’re trying to encourage – a shift to electric mobility? And why tax electricity used in the home?
The debate centers on tax relief for traditional fuels due to the financial strain on motorists, yet little is said about the existing tax burden on electric mobility. Is the government simultaneously seeking relief for the past while passively benefiting from a future windfall?
The crucial question is this: should the transition from gasoline to electricity become a source of increased revenue for the Treasury? Because that’s precisely the direction the current structure is heading. The government also anticipates lost fuel revenues and seeks to compensate for them.
Every driver switching to an EV, believing they’re escaping fuel taxes, will soon discover they’re simply encountering a different form of it, embedded in their charging bill. This isn’t what the EV industry development law promised.
We cannot afford to wait until the national fleet has fully transitioned to EVs to address this issue. The longer we delay, the more entrenched the tax windfall becomes, the more reliant the budget grows on it, and the more difficult a correction will be. The time to remove the tax on electricity and electric mobility is now.
This charging tax is an unintended penalty, taxing the very behavior we aim to promote while simultaneously debating relief for the behavior we want to phase out. It’s a contradiction in policy.
Despite this challenge, electrification remains economically sound. EVs convert energy to motion far more efficiently, and electricity can increasingly be generated from domestic sources – geothermal, hydro, solar, and future capacity. Every kilometer driven on domestic electricity reduces reliance on imported fuel, easing pressure on the current account and shielding the nation from global energy price fluctuations.
The economic case for electrification is strong and will only strengthen as the grid diversifies. That’s precisely why the charging tax question is so critical. We shouldn’t undermine one of electrification’s biggest national advantages with an outdated electricity pricing structure.
This isn’t just a problem for drivers at public charging stations; it’s a systemic issue affecting all transport operators reliant on the grid, and their numbers are about to grow significantly. Consider the impact on transitioning bus and jeepney fleets.
Even electric railways pay for the electricity powering their trains. If the same tax burden applied to EV drivers at public stations is reflected in rail operator electricity bills, it will lead to higher fares, increased subsidies, or reduced service during off-peak hours.
Tax relief at the plug is essential. Ideally, we should focus on taxing the negative externalities of fossil fuel use, rather than penalizing a cleaner alternative. The tax burden on electric driving should be deliberately removed and aligned with the government’s EV transition objectives.
